amplitudes

Related by string. amplitude * * amplitude modulation . quadrature amplitude modulation QAM . QAM quadrature amplitude modulation . amplitude modulated . oscillation amplitude . Amplitude Research . amplitude anomalies . quadrature amplitude modulation . amplitude anomaly . amplitude vibration . wave amplitudes . edge quadrature amplitude . pulse amplitude . Quadrature Amplitude Modulation *

Related by context. All words. (Click for frequent words.) 72 resonance frequency 71 amplitude 67 dipole moment 65 velocity dispersion 65 oscillation frequency 65 resonance frequencies 65 magnetization 65 oscillatory 64 depolarization 64 fluorescence intensity 64 oscillations 64 Fig. 3b 64 diffraction pattern 63 linewidth 63 absorption spectra 63 Fig. 1a 63 electron density 63 Fig. 1A 63 resonant frequencies 63 interferometers 63 phonon 63 anisotropy 63 photoemission 63 Fig. 2A 62 spectra 62 sidebands 62 excitation 62 dipolar 62 modulated signals 62 dispersive 62 conductance 62 photocurrent 62 excitations 62 birefringence 62 magnetoresistance 62 surface plasmon 62 femtosecond pulses 62 photon energies 62 X ray pulses 61 dI dV 61 FWHM 61 nonlinearities 61 plasmon 61 intensities 61 fig. S1 61 polariton 61 backscattered 61 cm -1 61 wavefronts 61 UV wavelengths 61 Doppler shifts 61 keV 61 orbital angular momentum 61 dephasing 60 quasiparticle 60 circularly polarized 60 gamma oscillations 60 nsec 60 Nernst 60 perturbation theory 60 μV 60 Fig. 4a 60 isotherms 60 fig. S2 60 irradiance 60 T1 weighted 60 evanescent waves 60 photoionization 60 Raman scattering 60 Coulomb blockade 60 tropospheric 60 paramagnetic 60 polaritons 60 periodicities 60 vibrational modes 60 redshifts 60 δ 60 isotropic 60 frequency modulated 60 nanosecond pulses 60 azimuthal 60 vibrational frequency 60 m z 60 #μs [002] 60 inhomogeneous 60 anisotropic 59 meV 59 synthetic aperture 59 friction coefficients 59 interferometry 59 diffusivity 59 microvolts 59 electromotive force 59 Doppler shift 59 τ 59 passband 59 magnon 59 photon fluorescence 59 picoseconds 59 inhomogeneities 59 SNe Ia 59 dipole 59 diffraction patterns 59 electron spins 59 supercurrent 59 cesium atom 59 Fig. 3B 59 micrometer scale 59 gravitational redshift 59 linearly polarized 59 kcal mol 59 dipoles 59 1kHz 59 Fig. 2B 59 toroid 59 velocities 59 compressional 59 magnetization reversal 59 millivolts 59 inhomogeneity 59 resonant frequency 59 absorbance 59 photoelectron 59 circularly polarized light 59 σ 58 spectral bands 58 oscillation 58 luminosities 58 γ 58 msec 58 MeV 58 Supplementary Fig 58 superposed 58 helicity 58 sine waves 58 kVp 58 Fig. 1D 58 sinusoidal 58 ARPES 58 electron volt 58 collinear 58 Fourier transform 58 nonlinearity 58 frequency harmonics 58 substorm 58 absorption coefficient 58 adsorbate 58 fluence 58 thermal gradients 58 GeV 58 unpolarized 58 T2 weighted images 58 exciton 58 μsec 58 intraventricular 58 cm -2 58 Fig. 3A 58 hyperfine 58 emitted photons 58 directivity 58 optical spectra 58 impedances 58 FDG uptake 58 electron tunneling 58 wavefunction 58 Fig. 4b 57 fermion 57 QDs 57 magnetisation 57 autocorrelation 57 precess 57 voxel 57 colloidal crystals 57 emission spectra 57 magnetic susceptibility 57 Fig. 1b 57 laser pulses 57 spin precession 57 2dB 57 fluorophore 57 Si substrate 57 Raman spectra 57 input impedance 57 T2 weighted 57 Bose Einstein Condensate 57 quantum oscillations 57 cosmic microwave radiation 57 λ 57 nonlinear optical 57 millimeter wavelengths 57 amplitude modulated 57 antiparallel 57 theta oscillations 57 electrical resistivity 57 electron neutrinos 57 amplitude modulation 57 microcavities 57 attosecond pulses 57 Fig. 1c 57 ω 57 photon emission 57 photonic crystal 57 intramolecular 57 linearized 57 electronic excitations 57 phonons 57 sinusoid 57 oscillator frequency 57 bosonic 57 microvolt 57 deformable mirror 57 emission wavelength 57 beam splitter 57 perturbations 57 microwave frequencies 57 tetragonal 57 deconvolution 57 oscillation frequencies 57 vorticity 57 echogenicity 57 rubidium vapor 57 lowpass filter 57 helium atoms 57 Fig. 4B 57 linearly polarized light 57 Fig. 2b 57 momenta 57 millivolt 57 heterojunctions 57 seismograms 57 quantum mechanically 57 logarithmic scale 57 diffusion coefficient 57 cellularity 57 vanadate 57 enthalpy 57 ± #.#dB 57 Supplementary Table 57 arcmin 57 Mpc 57 auroral 57 trimers 57 Fig. 1C 57 gaussian 57 mesothelin 57 transcranial 57 attoseconds 57 miRNA expression 56 arcsec 56 chromatogram 56 DFT calculations 56 picosecond 56 hysteresis 56 eigenvalues 56 bilayer graphene 56 fs pulses 56 gravitational acceleration 56 characteristic impedance 56 inelastic scattering 56 μW 56 z = 56 gravitational radiation 56 mT 56 excitons 56 detuning 56 psec 56 X ray photons 56 electromagnetic flux 56 QCLs 56 submillimeter 56 ε 56 Fig. 1d 56 #mV V 56 thermodynamic equilibrium 56 microcavity 56 SAXS 56 spectral fingerprint 56 voxels 56 mRNA expression 56 femtosecond timescale 56 nucleon 56 adiabatic 56 Young modulus 56 heterodyne 56 conformational 56 vibrationally excited 56 mrad 56 eclipsing binary 56 W boson 56 -# mV [001] 56 thermodynamic stability 56 electron pairs 56 laser pulse 56 gamma ray emission 56 photodiode 56 W bosons 56 redshift 56 magnetic dipole 56 RRATs 56 fig. S6 56 electron proton 56 magnetic polarity 56 photoluminescence 56 proton proton 56 Fig. 56 Dirac fermions 56 fluorescence emission 56 diffracted 56 parasitic capacitance 56 wavefront 56 thermally induced 56 spectrometric 56 temperature gradients 56 relaxivity 56 colocalization 56 tracer uptake 56 ellipsoids 56 Fig. 2c 56 processive 56 nucleotide substitutions 56 single photon detectors 56 supersolid 56 Doppler sonography 56 fluorescence quenching 56 PIN diode 56 SQUIDs 56 output impedance 56 nanomolar 55 θ 55 entangled qubits 55 oscillation amplitude 55 circular dichroism 55 ellipsoid 55 hyperintensity 55 relativistic protons 55 Gaussian 55 nT 55 mV V 55 hyperpolarization 55 rotary encoder 55 brightnesses 55 pulse widths 55 speckle pattern 55 nAChR 55 punctate 55 spectral density 55 tensor 55 laser excitation 55 cortical activation 55 inferior frontal 55 arcseconds 55 η 55 morphologies 55 photons 55 GRB# 55 transfer FRET 55 frequency electromagnetic 55 cantilever deflection 55 Josephson junction 55 frequency comb 55 #.#nm [002] 55 #.#Hz 55 rCBF 55 Fig. 2a 55 molecular orbitals 55 excitonic 55 Brillouin 55 photodetector 55 rostral 55 OSNR 55 diffraction 55 Cherenkov radiation 55 responsivity 55 Cepheids 55 superposition 55 eigenvalue 55 multipath signals 55 Mott insulator 55 kinematic viscosity 55 photons particles 55 postsynaptic 55 x ray scattering 55 CMOS transistors 55 eddy currents 55 surface plasmons 55 wavelengths 55 arcsecond 55 Lorentzian 55 amino acid substitutions 55 quadrature 55 sodium atoms 55 decoherence 55 rotational velocity 55 vesicle fusion 55 laterality 55 mRNA molecules 55 somites 55 striatal 55 superluminal 55 Fig. 3a 55 timebase 55 systole 55 delocalized 55 Figure 1C 55 THz radiation 55 excitation wavelengths 55 Figure 2a 55 fluorophores 55 photomultiplier tubes 55 ionic currents 55 waveforms 55 Interferometric 55 Bragg grating 55 PWM signal 55 reactance 55 fluorescence 55 metabolite concentrations 55 autoregulation 55 antineutrinos 55 linkage disequilibrium 55 dimer 55 electron doped 55 conductivities 55 tunable filters 55 ipsilateral 55 bandgap 55 soundwaves 55 ROC curves 55 mainshock 55 somatosensory cortex 55 Doppler measurements 55 ν 55 phototransistor 55 inferior parietal lobule 55 interferometric 55 sinewave 55 immunoreactivity 55 spectroscopic techniques 55 X ray emission 55 uniaxial 54 demodulated 54 chiral molecules 54 galactic disk 54 obliquity 54 donor acceptor 54 Force Microscopy 54 oligomer 54 stimulated emission 54 thalamic 54 oxyhemoglobin 54 photon counting 54 surface plasmon resonance 54 ultrashort pulses 54 quantization 54 κ 54 collimated 54 polypeptide chain 54 waveform 54 AGNs 54 electric dipole 54 bistability 54 gadolinium enhanced 54 1μm 54 magnetic reconnection 54 ganglion cells 54 angular velocity 54 nucleons 54 antiferromagnetic 54 pulsed lasers 54 interferometer 54 infrared wavelength 54 solitons 54 bandgaps 54 X ray binaries 54 photon 54 fig. S3 54 perturbation 54 anterior posterior 54 BMP signaling 54 electron bunches 54 ms -1 54 Brownian motion 54 GPa 54 starquakes 54 pulse durations 54 diffusion coefficients 54 QPSK 54 piezoelectric crystals 54 wave amplitudes 54 photons emitted 54 polarization multiplexed 54 Left ventricular 54 magnesium ion 54 sine wave 54 output capacitance 54 dyssynchrony 54 martensite 54 NMR spectra 54 magnetically coupled 54 kurtosis 54 magnetic fields 54 capacitances 54 Alfvén waves 54 magnons 54 beryllium ion 54 SNR #-#.# 54 chromatograms 54 soliton 54 periodic oscillations 54 ATP hydrolysis 54 stoichiometry 54 binding affinities 54 submillimeter wavelengths 54 Vdd 54 optical wavelengths 54 z axis 54 resonant cavity 54 magnetic flux 54 terahertz THz 54 electron scattering 54 ratiometric 54 Theoretical calculations 54 nematic 54 Linear regression 54 schwannomas 54 boron atoms 54 ferromagnet 54 procaspase 3 54 wavelet transform 54 spectroscopic technique 54 circular polarization 54 1ns 54 annealing temperature 54 fluorescently tagged 54 EGFP 54 synchrotron emission 54 elastic moduli 54 nucleotide sequences 54 cosmic ray particles 54 metastable 54 Feshbach resonance 54 Fig. 1B 54 polarizations 54 Ca2 + 54 transmembrane 54 epitaxial layer 54 immunoreactive 54 piezoresistive 54 poly dA 54 YORP effect 54 curvatures 54 baryon 54 attentional blink 54 modulation 54 diffract 54 supercontinuum generation 54 isotope fractionation 54 airglow 54 helium ions 54 backscattering 54 diffusive 54 Fourier transforms 54 coercivity 54 gamma ray flares 54 antibody antigen 54 polarimetric 54 absorption spectroscopy 54 proton proton collisions 54 Experimentally 54 aperiodic 54 #.#dB [003] 54 energetic electrons 54 polarity 54 FRET 54 anatomical landmarks 54 yr -1 54 ACh 54 #nm laser [001] 54 Dipole 54 χ 54 Sunyaev effect 54 angular displacement 54 nonlinearly 54 cm ² 54 JAK STAT 54 electroencephalographic 54 photolysis 54 thyroglobulin 54 orthogonal directions 54 Doppler echocardiography 54 transduction 54 depolarizing 54 threshold voltages 53 Figure 1b 53 fluid viscosity 53 linear interpolation 53 baryonic 53 quantum particle 53 microearthquakes 53 high redshift galaxies 53 temperature coefficient 53 rotational symmetry 53 μs 53 energetic gamma rays 53 moonquakes 53 ultrasonic vibrations 53 analyte 53 morphogen 53 antiparticle 53 attosecond 53 ultracold molecules 53 magnetic excitations 53 astrocytic 53 lightwaves 53 crystallographic 53 thermally activated 53 ATPase activity 53 exponential decay 53 F actin 53 interferograms 53 paralogs 53 spatial scales 53 dc voltage 53 isotherm 53 Gaussian distribution 53 metallicity 53 hydroxylation 53 ultraviolet wavelength 53 voltage outputs 53 narrow linewidth 53 radioligand 53 micrometre sized 53 lowermost mantle 53 Fig. 4A 53 x ray beam 53 magnetosomes 53 rearfoot 53 quasicrystal 53 immunostaining 53 volcanic aerosols 53 superconducting qubits 53 van der Waals interactions 53 spectrally 53 Gaussian beam 53 rotational axis 53 light scattering DLS 53 DRG neurons 53 velocity vector 53 modulations 53 conformational changes 53 ephrin 53 L1 L2 53 TIMP 1 53 optical lattice 53 Casimir cavity 53 photon pairs 53 φ 53 intergenic 53 shear modulus 53 precessing 53 amino acid residues 53 type Ia supernovae 53 μm 53 spectrogram 53 piezo actuator 53 Fig. 2C 53 ankyrin repeats 53 Figure 1A 53 photometry 53 electroluminescence EL 53 HEMTs 53 immunofluorescence 53 milligauss 53 medial temporal 53 copper oxide superconductors 53 electron positron pairs 53 sub picosecond 53 macroscopically 53 subthreshold 53 orbitals 53 cosmic ray flux 53 mV 53 attenuation 53 α 53 Å -1 53 strontium atoms 53 intrinsic brightness 53 elastic modulus 53 transfected cells 53 Gamma ray 53 harmonic oscillator 53 pn junction 53 illuminance 53 InAs 53 bacterial genomes 53 neuronal activity 53 ionic conductivity 53 auroral activity 53 Raman spectroscopic 53 expiratory flow 53 ferromagnetism 53 cm -3 53 amplicon 53 highly collimated 53 radiative 53 capacitive coupling 53 cortical regions 53 occipital cortex 53 actin binding 53 conformations 53 bistable 53 diffusion tensor 53 titin 53 isomers 53 frequency synthesizers 53 histone modifications 53 PWM frequency 53 reproducible measurements 53 emit photon 53 deuterated 53 chemiluminescence 53 tomographic 53 femtoseconds 53 P selectin 53 ion flux 53 heterogeneities 53 acoustic impedance 53 Anisotropy 53 denervation 53 beamsplitter 53 Spectroscopic 53 X ray absorption spectroscopy 53 BMP receptor 53 electron transistor 53 tyrosine phosphorylation 53 Schematic diagram 53 Alternative splicing 53 Figs. 53 interannual variability 53 microcantilever 53 1dB 53 topological defects 53 hertz Hz 53 fluorescence excitation 53 ultracold atoms 53 solar minima 53 Josephson junctions 53 invariant 53 rms jitter 53 nonoverlapping 53 X ray diffraction pattern 53 colloidal particles 53 BPSK 53 H#K#me# 53 IR LEDs 53 monodisperse 53 1nm 53 nm spectral 53 submicrometer 53 shorter wavelengths 53 electrical conductance 53 non linearities 53 sideband 53 cosine 53 helices 53 Z axes 53 glomerulus 53 fronto 53 kHz frequency 53 gyri 53 z axes 53 cosmological parameters 52 magnetic anisotropy 52 Fig. 2E 52 lattice vibrations 52 muon neutrinos 52 Eq. 52 stereocilia 52 Alfven waves 52 X ray wavelengths 52 frequency electromagnetic waves 52 Fig. 1e 52 monolayer graphene 52 Fig. 1E 52 ventricular myocardium 52 leakage currents 52 polarimetry 52 submillimetre 52 Rab5 52 optically pumped 52 photon beams 52 isomeric 52 cavitations 52 orthogonally 52 abundances 52 Descriptive statistics 52 penetrance 52 antineutrino 52 PER2 52 ultrafast pulses 52 spectrograms 52 neutron radiation 52 echo planar 52 microampere 52 ventricular dyssynchrony 52 post perovskite 52 radii 52 correlator 52 spectroscopically 52 ab initio calculations 52 electron flux 52 bimodal distribution 52 dinucleotide 52 refractive indices 52 sigmoid 52 chromophore 52 ligand receptor 52 proto oncogene 52 observables 52 Cepheid variables 52 circadian pacemaker 52 tumor perfusion 52 forcings 52 microlasers 52 Y axes 52 frequency 52 vibrational 52 diffusible 52 relativistic particles 52 eversion 52 nanometers billionths 52 angstroms 52 rms noise 52 conduction electrons 52 superior temporal gyrus 52 microlens 52 dB SPL 52 mJ 52 micromirrors 52 graphene nanoribbons 52 μm diameter 52 temperature coefficients 52 vibrational frequencies 52 excitation energies 52 retinal ganglion cells 52 electrons orbiting 52 hysteresis loop 52 anterior temporal lobe 52 silicon nanowire 52 morphogenetic 52 photothermal 52 UV photons 52 spherically symmetric 52 3dB 52 QRS width 52 tensile stress 52 fractional anisotropy 52 ellipsoidal 52 Schottky barrier 52 electron 52 kinematic 52 impedance 52 inductances 52 optical resonator 52 shunt resistor 52 morphometric analysis 52 scalar 52 amplitude anomalies 52 6S RNA 52 nanoribbon 52 electron positron 52 Brillouin zone 52 nuclei 52 myosins 52 pulsewidth 52 solvation 52 fluorescent nanoparticles 52 interconversion 52 SFDR spurious free 52 output voltage 52 lipid bilayers 52 permittivity 52 calorimetric 52 weak gravitational lensing 52 transconductance 52 2kHz 52 modulatory 52 x ray absorption spectroscopy 52 cesium atoms 52 LDOS 52 luminous flux 52 Vpp 52 galactic clusters 52 spectroscopic analysis 52 centroid 52 heterochromatic 52 Figure 4a 52 rotational torque 52 CMB radiation 52 aseismic 52 variable resistor 52 hexamers 52 geomagnetic activity 52 blackbody 52 spatial resolution 52 neutron flux 52 homodimers 52 electron diffraction 52 frequencies 52 cytosolic 52 instrumentation amplifier 52 fluorescence detection 52 endothermic 52 echo planar imaging 52 #.#MHz [007] 52 heliospheric 52 PIN photodiode 52 transgene expression 52 hyperactivation 52 radial velocities 52 hydrophobicity 52 crystal lattice 52 atrioventricular 52 creatine kinase MB 52 presynaptic 52 junctional 52 mAs 52 actin filament 52 branes 52 diffracting 52 Fig. 4c 52 radar interferometry 52 negative refraction 52 DSBs 52 meridional flow 52 antiferromagnets 52 #mV [001] 52 radians 52 corona discharge 52 photon absorption 52 beta gamma 52 galaxy redshift 52 electron orbits 52 radiative transfer 52 2nm 52 heterostructures 52 HuR 52 VHE gamma rays 52 ionised gas 52 mRNA transcripts 52 nucleated cells 52 Excitation 52 lowpass 52 IR spectra 52 echogenic 52 RS Ophiuchi 52 ionospheric 52 neutrino mass 52 1Hz 52 particle acceleration 52 resonators 52 magnetospheric 52 ESO telescope 52 magneto resistance 52 ^ sup 52 cavity QED 52 hyperintense lesions 52 millimeter wavelength 52 guanosine 52 splice variants 52 gravitational interaction 52 retinal neurons 52 Fractional N 52 resonator 52 valence electron 52 cortical excitability 52 helium nuclei 52 apparent diffusion coefficient 52 saccades 52 globin genes 52 protein conformation 52 horizontally polarized 52 electrophoretic 52 infrared spectral 52 gamma probe 52 ultrasonic frequencies 52 pulsed Doppler 52 magnetic coil 52 electronvolts 52 Earth ionosphere 52 #.#nm [001] 52 kDa 52 NADPH 52 superlattices 52 #Ω [002] 52 excitatory neurons 52 experimentally demonstrated 52 x ray beams 52 photon detection

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